Organic ultrafiltration membrane industrial equipment

Product description:

Ultrafiltration membranes are separated by the principle of sieving. The molecular weight cut-off for organics can be selected from 10,000 to 100,000 Dalton. It is suitable for the separation, concentration and purification of macromolecular substances and small molecular substances. From the perspective of the development process of membrane separation devices, ultrafiltration devices were developed along with the development of reverse osmosis devices. Bona's industrialized ultrafiltration device can replace the traditional plate and frame type, hollow fiber type and other ultrafiltration forms, so as to achieve high-efficiency, energy-saving, and environmentally friendly filtration, separation, purification and concentration of materials.

During the working process of the ultrafiltration equipment, the aqueous solution is driven by pressure and flows through the membrane surface. The deep agent and small molecule solutes smaller than the membrane pores become the purification fluid (filtrate). The solutes and solute groups larger than the membrane pores are It is intercepted and shot out with the flow of water to become a deep shrinking fluid. The working process of ultrafiltration equipment is dynamic filtration, and the separation is completed in the flow state. Solute is only deposited on the surface of the membrane limitedly, the ultrafiltration rate decays to a certain extent and tends to balance, and the working performance of the ultrafiltration equipment can be restored by cleaning.

Organic ultrafiltration membrane industrial equipment

Advantages of ultrafiltration membrane industrial equipment:
1. The ultrafiltration membrane element adopts the products of high-quality membrane company to ensure that customers get the best quality organic membrane elements in the world, thereby ensuring the retention performance and membrane flux.
2. The recovery rate of the system is high, and the products obtained are of good quality, which can realize the efficient separation, purification and high multiple concentration of materials. There is no phase change during the treatment process, no adverse effect on the composition of the material, and the process of separation, purification, and concentration is always at room temperature. It is especially suitable for the treatment of heat-sensitive substances, which completely avoids the disadvantage of high temperature destroying biologically active substances. Effectively retain the biologically active substances and nutrients in the raw material system.
3. The system has low energy consumption and short production cycle. Compared with the traditional process equipment, the equipment operation cost is low, which can effectively reduce the production cost and improve the economic efficiency of the enterprise. The system has advanced technological design, high degree of integration, compact structure, small footprint, simple operation and maintenance, and low labor intensity.
4. The system is made of sanitary stainless steel, fully enclosed pipeline operation, clean and hygienic on site, meeting the requirements of GMP or FDA production specifications. The control system can be individually designed according to the user's specific requirements, combined with Bona's advanced control software, on-site centralized monitoring of important process operating parameters, to avoid manual misoperation, and multi-directional to ensure the long-term stable operation of the system.

Application fields of ultrafiltration membrane industrial equipment:
1. Used to separate bacteria, heat sources, colloids, suspended solids and macromolecular organics in industrial water;
2. Concentration, purification and clarification in fermentation, enzyme preparation industry and pharmaceutical industry;
3. Juice concentration and separation;
4. Separation, concentration and clarification of soybeans, dairy products, sugar industry, liquor, tea juice, vinegar, etc.;
5. Used for separation, concentration and purification of biological products, medical products and food industry;
6. It can also be used in terminal treatment devices in blood treatment, wastewater treatment and ultrapure water preparation.